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SageGlass dynamic glass is a key contributor to “Energy efficiency” criterion because while tinting or clearing depending on lighting conditions, it minimizes energy needs all year round.
Key contribution
Thanks to its dynamic properties centered on energy efficiency and sustainable construction, SageGlass minimizes energy demand on buildings by reducing heating loads in winter, air conditioning in summer and electrical lighting all year long.
Aim
To recognise and encourage buildings designed to minimise operational Energy demand, Primary energy consumption and CO₂ emissions.
Requirement summary
This criteria recognizes improvements in the energy performance of the building above national building regulations in relation to heating and cooling energy demand, primary energy consumption and carbon dioxide emissions (using an approved building energy calculation software), Reducing energy demand has to be taken into account from the building design and/or through the systems specification.
Learn more about Reduction of Energy Use and Carbon Emissions
Our contribution
During summer, blocking solar gain may reduce the load on buildings’ air conditioning systems. Conversely, allowing solar gain during winter will reduce the energy needed to heat the building. Thus, seasonal variation in combination with daylighting controls can deliver optimal energy performance of the glass facade with SageGlass glazing.
Did you know?
Management of heat loss, through efficient windows, allows up to 20% saving on energy bill while reducing cold wall
sensation.
